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The team of Prof. Stampanoni has conceived and currently operates TOMCAT, a synchrotron-based tomographic imaging beamline located at the Swiss Light Source of the Paul Scherrer Institut.
The group of Prof. Razansky develops new bio-imaging tools for functional and molecular interrogation of living tissues, from single cells to whole organisms.
One of the projects funded by the Swiss National Science Foundation aims at developing world's first hybrid opto-acoustic and magnetic resonance imaging scanner for preclinical brain research.
The group also develops a range of intravital microscopy approaches based on structured illumination, optoacoustic microscopy, fluorescence localization, optical coherence, as well as multimodal combinations.
Patients participate in behavioral and neurophysiological experiments, for example EEG.
The measurements serve to validate computational models of behavior and brain function, with the goal of developing clinically useful "computational assays" for psychiatry.
Novel methods are translated into real-world applications for fundamental neuroscience and brain research.
Experimental and translational MR research activities span across a wide range of field strengths, from 0.75 up to 7 Tesla.
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